3D PCB Design and Analysis: ECAD/MCAD and Where They Converge

First Name

Last Name

Country

Opt-in to Future Emails

Thank you!

Error - something went wrong!

3D PCB Design and Analysis: When ECAD meets MCAD

The design of a board and its ‘home’ are heavily interdependent. They require careful consideration to ensure everything will be in working order when your product is ultimately brought to market. Many designs have been derailed by conflicts between ECAD and MCAD. Something as simple as an improperly placed / communicated mounting hole can send your project into a tailspin of re-designs.

Fortunately, modern PCB design tools and practices have been developed to ensure MCAD and ECAD can stay in sync. This e-book will discuss how your design's function can be defined alongside it's form to ensure overall product success.

Previous Flipbook

The Hitchhikers Guide to PCB Design

Next Flipbook

Routing: Your Route to Design Success

Achieving routing closure can be one of the most difficult tasks in the PCB design process. With proper str...

Get the Guide!

Return to Home

3D PCB Design and Analysis: When ECAD meets MCAD

Previous Flipbook

Next Flipbook

Most Recent Flipbooks

Achieving DDR compliance is the best way to demonstrate the quality of your design and is the key to the acceptance and success of your electronic product.

Achieving MIPI compliance is essential for mobile device design and development. To meet this requirement, utilize an industry leader specializing in delivering conformance-testing software solutions

Achieving USB compliance can be an arduous and costly process. To avoid these contingencies, an effective compliance testing solution should be employed during design.

DDR4 and DDR5 complexities require that DDR compliance challenges are understood, and solved with a robust PCB layout and signal integrity analysis.

This free E-book will provide an overview of how utilizing advanced SPICE simulation can solve complex design issues when change is easiest.

An overview on loop inductance and its effect on the Power Delivery Network (PDN).

This e-book discusses how to create an environment that easily manages design data, encourages design reuse, promotes best practices, & keeps stakeholders informed to promote first-pass success

The Celsius Thermal Solver, with its advanced architecture and deep feature set enables electronic system developers to meet today’s thermal challenges.

This white paper highlights the features in Cadence® Sigrity™ X signal and power integrity (SI/PI) solutions for system-level SI and PI analysis that enable designers to cut the number of design res

If you’ve read our High Speed Design e-book, then you will know that getting the timing correct within a given design is an invaluable step in the process of making a working product.

Examining 5g technologies for 5g network system design is ever-expanding with innovations toward mmWAve technologies as well as heading toward 6g devices.

In RF and Microwave wireless systems and circuit design environments, IoT devices, having once carved out a fairly stable role, are continuing to evolve into smaller and more powerful iterations

Examining 5g technologies for 5g network system design is ever-expanding with innovations toward mmWAve technologies as well as heading toward 6g devices.

Working with radar frequencies and applications in communications system design requires ingenuity for managing systems operating in particular frequency bands.

For antenna design software, whether its 5G antennas, phased array antennas, or anything else offered, make sure your tools offer you profound EM simulation options and opportunities.

When engineers refer to system analysis, they are referring to tool functions for improving an overall electronic design. Learn about what's at stake in system designs with this e-book.